Análisis de crecimiento del pasto maralfalfa (Pennisetum sp.) en clima cálido subhúmedo Growth analysis of maralfalfa grass (Pennisetum sp.) in a warm humid. Manual De Siembra Y Cultivo Del Pasto Maralfalfa, Taiwan Y King Grass. File ( .pdf) or read online for Podrás Llevar Una CorrectaSiembra De Maralfalfa. Manual de siembra y cultivo del pasto maralfalfa, taiwan y king grass libro .pdf) de Dr. Jairo Carreno gratis descargar. Siembra y Cultivo Maralfalfa, Taiwan.
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PDF | The objective of this experiment was to evaluate the production of biomass, teórico de bioetanol del pasto Maralfalfa (Pennisetum. 5 days ago PDF | Effect of cutting age and level of ground corn grain inclusion were Análisis de crecimiento del pasto maralfalfa (Pennisetum sp.). The production and quality values for the maralfalfa grass were similar to those presented by other Pennisetum grasses already used in the.
Sergio Alberto Lagunes-Rivera In Mexico the most widely used forage legumes for temperate climate are alfalfa and clovers, although they have good nutritional characteristics, they are not adapted to all soil types, and climates; additionally they have medium to high water demand and cause bloat. Therefore, this study aimed to understand the agronomic and nutritional potential of twelve genotypes of Lotus corniculatus L. The experiment was established on a clay soil in Montecillo, Texcoco, State of Mexico under a randomized block design with four replications. Seven cuts were made with a frequency of 45 days. For digestibility and protein analyses, the plant material of several haversts in a season were pooled. Data analysis for the overall harvests were analyzed as a split plot arrangement, where the main plot were the genotypes and the small plot the harvest.
This study reports a genome map of buffelgrass Pennisetum ciliare L. Home, school and public places became an important place for injuries for boys in the age group years. Ten Murciano-Granadina dairy goats in latelactation This review discusses the current status of iron and zinc deficiencies and reasons why interventions such as fortification, supplementation, and soil management are neither practicable nor affordable in poverty stricken areas.
Full Text Available Abstract Background Apomixis is an intriguing trait in plants that results in maternal clones through seed reproduction. Leeke subspecies monodii Maire Brunken accessions from Senegal.
Oh resprouts were highly susceptible to P.
Overall, Pennisetum sinese was the best species for Cu and Cd removal when biomass was considered. Plant architecture ranks among these target traits composing the domestication syndrome.
The progressive filling of the lake psto in recurrent shoaling up of the water level and reworking by wave action. During two expeditions, we recovered samples of gas, water and microbial mats from the hydrothermal sources to the evaporating zones on the spherulitic plateform.
Pennisetum macrostachyum was highly male sterile with predominantly aposporous apomictic embryo sac development. The occurrence of these molecular markers in a range of 29 accessions of Pennisetum comprising 11 apomictic and 8 sexual species was investigated.
The aim of this study was to explore the utilization of Pennisetum sinese as cellulose source for the preparation of cellulose nanocrystals CNC. Parameters of particulate passage kinectics were estimated by two models age-independent double-compartmental and age-dependent multicompartmental which provided similar results of ruminal passage rates values.
Derived from this line of reasoning a study is being conducted in the field to select appropriate genotypes of Pennisetum purpureum which are efficient is biomass production in soil of very low N fertility. Pearl millet [ Pennisetum glaucum L.
Historic activity has centered on a small-volume cone inside the youngest of several large amphitheaters that breach the west flank of the volcano, away from the city of Pasto populationElephant grass was harvested at 97th day and ensiled in 16 plastic experimental silos, consisting of 4 treatments: Motivation in Second Language Learning: A comparative genomics strategy for targeted discovery of single-nucleotide polymorphisms and conserved-noncoding sequences in orphan crops.
Other initial results have so far indicated that CO2 gas emissions, evaporation, as well as photosynthesis and respiration play a role on water chemistry and carbonate precipitation. Significant heterosis was observed for most traits in the rainy and dry seasons.
To address this challenge 18 multipurpose plant species 6 trees, 3 shrubs and 9 grassespreselected from the regional species pool in Southwest Ethiopia were planted in severely degraded gullies and monitored from July to June Fusarium species isolated from Pennisetum clandestinum collected during outbreaks of kikuyu poisoning in cattle in South Africa. The treatments were randomly distributed in a randomized block design with three replicates, under a 3x2 factorial arrangement, where the factors were grazing frequencies of 14, 21 and 28 d and intensities or residual heights from 9 to 11 severe and 13 to 15 cm light high.
At 15 d before the start of the study, the site was grazed to standardize the residual height proposed in each treatment, for which 10 calves of between and kg liveweight were used, allowing the presence of the animals in the experimental units until reaching the height of the experiment. During the experiment no crop fertilization was performed.
Variables studied To evaluate herbage accumulation, two fixed frames of 0. Two cycles were evaluated, the first was from november to october , and the second from november to may In both cycles the northern cold-front november to february and dry march-april seasons occurred, while the rainy season june to october was only considered in the first cycle. For the humid tropical region the occurrence of precipitation and temperature are well defined, so in the present experiment the herbage accumulation for analysis was grouped by seasons.
The effects of intensities and intervals between grazings and their interactions were considered as fixed effects and the effect of blocks as random effect. Comparison of means was performed with the Tukey test at an alpha of 0. Results Forage yield Seasonal and annual accumulation of Mulato Brachiaria hybrid grass herbage at different grazing frequencies and intensities is presented in Table 1.
In the second evaluation cycle, yields were only recorded in the northern cold-front and dry seasons. Mulato at different grazing frequencies and intensities kg DM ha Severe 9 to 11 cm and light 13 to 15 cm.
Mulato, at different grazing frequencies and intensities kg DM ha Discussion Forage yield Results differ from those obtained by other researchers, who observed a greater effect of the grazing frequency on herbage accumulation and a lesser effect of the defoliation height on different species of grasses Difante et al. By subjecting the Mulato grass to a cutting intensity of 9 to 11 cm every 14 d the lowest herbage accumulation was obtained Table 1 ; this may be because the interval between defoliations was short and thus did not allow enough time for replenishing the carbohydrate reserves for regrowth Lara and Pedreida The fact that the greatest herbage accumulation occurred in the rainy season is attributable to favorable rainfall and temperature conditions that stimulated plant growth and yield Festo et al.
In the northern cold-front season, the rainfall level was not a limiting factor Figure 1 , but rather it was the low temperatures that affected the growth of Mulato grass, which resulted in low forage production Zanine et al.
Defoliation management influences the rate of growth, production, botanical composition, quality and persistence of the pasture Difante et al. In this regard, Marcelino et al. On this, Barth et al. Changes in the morphological composition in the rainy season may be due to the fact that soil and climatic conditions favored leaf growth, which coincides with Festo et al.
With regard to the northern cold-front seasons, changes may be because plant growth is inhibited by low temperatures, while during the water stress season the slow growth allowed the harvest of only a little regrowth made up mainly of leaves Santos et al.
The contribution of stems to the accumulation was increased by increasing the grazing interval from 14 to 28 d. In this respect, Zanine et al. Nutritive value Results show that changes in DIGDM with increases in grazing frequency were similar to changes in the content of crude protein, since with increasing regrowth age the nutritive value decreases Inyang et al.
Similar effects were observed by Flores et al. Similar behavior was observed in the present study by increasing the grazing interval from 14 to 21 and 28 d in all seasons.
In this regard, Clavero and Razz found in maralfalfa grass a Brizantha by harvesting at 21 and 42 d the digestibility decreases from In a grazing production system where forages are the only source of livestock feed, it is important to have adequate pasture management, which means that an increase in regrowth age causes significant changes in soluble, structural components and in the digestibility of the grasses. In this regard, Flores et al.
Mulatto, at different grazing frequencies and intensities.
Conclusions The greatest herbage accumulation and content of neutral detergent fiber and acid detergent fiber were recorded by light grazing every 28 d in both cycles.